Production of high-quality, vigorous tissue-culture-derived propagules requiles efficient
ways for the enhancement of their post-transplanting ability for water management …

It is now more than twenty years since the first edition of this work appeared and nearly
fifteen since the second. Whilst much of the information in those editions has stood the test of …

Micropropagation techniques offer opportunity to proliferate, maintain, and study dynamic
plant responses in highly controlled environments without confounding external influences …

There has been widespread use of plant tissue culture in micropropagation of plants of
forestry, horticultural and medicinal importance. The success of mass propagation and its …

Simple Summary The gas exchange system presented herein integrates open-flow/force
ventilation, LED technology, and micropropagation to determine the impact of environmental …

In Mexico, the production of tequila is an important agroindustry that uses an agave species
(Agave tequilana Weber var. Azul) as the raw material to produce this well-known spirituous …

Carnation plantlets (Dianthus caryophyllus L.) cultured in vitro often develop morphological
and physiological anomalies, a phenomenon called hyperhydricity, which impairs their …

Hyperhydricity is a common physiological disorder during plant in vitro culture and seriously
affected regeneration and micropropagation of plants. Garlic is very susceptible to …

Many agaves are economically important plants that have not been genetically improved,
mainly due to their long life cycles. Micropropagation offers a means for increasing crop …

Tissue culture plants, unlike zygotic plants, originate from existing axillary buds and somatic
cells through either organogenesis or somatic embryogenesis, depending on the explant …